1252 Dfm Jobs - Page 23

Company: Did you know KONE moves two billion people every day? As a global leader in the elevator and escalator industry, we employ over 60,000 driven professionals in more than 60 countries worldwide joined together by a shared purpose, to shape the future of cities. In 2023, we had annual net sales of EUR 11.0 billion. Why this role? We are seeking for an Associate Engineer - Electronics supports the design, testing, and implementation of electronic systems and components. This role involves hands-on work with circuit design, embedded systems, and electronic testing, under the guidance of senior engineers. Ideal for candidates with foundational knowledge in electronics and a drive to innovate. What will you be doing? Assist in the design and development of analog and digital electronic circuits. Doing designs with KONE Electronics Design Automation tools or any popular EDA tools in the industry Support testing, troubleshooting, and validation of electronic hardware and embedded systems. Prepare technical documentation, schematics, and test reports. Collaborate with cross-functional teams including mechanical, software, and manufacturing engineers. Conduct component selection and ensure compliance with industry standards. Participate in prototype development and field testing Required Skills: Exposure in Hardware Development Life Cycle (HDLC) Familiar with European & American codes for hardware design (IEC, IPC, EN and CSA etc). Knowledge in Board design on Analog Design, Digital design, microprocessor and microcontroller based design, Memory Interfaces Sound Knowledge on communication protocols like RS232, RS485, SPI, CAN etc Knowledge to EMI, EMC standards & DFM, DFT Knowledge in RF fundamental for design. Knowledge to PCB Design & Simulation tools for Circuit design and analysis. Are you the one? Bachelor’s degree in Electronics/Electrical/Communication/Instrumentation Engineering or related discipline. 1–3 years of experience in electronics design or testing (internships included). Familiarity with EDA tools such as Cadence OrCad, Zuken Cadstar, Zuken CR8000, Cadence OrCAD PSPICE, LTSPICE, SI/PI, DFx etc… Familiarity / Basic Hands on with Lab Equipments - MSO/DSO, Logic analyser, Thermal, High end Power supplies etc… Problem solving skills, Self Learning attitude, Good Communication, Analytical & Presentation skills. What do we offer? Development and growth opportunities within a global organization. Warm and friendly international working environment, covering Being part of an industry leader in sustainability. At KONE, we are focused on creating an innovative and collaborative working culture where we value the contribution of each individual. Employee engagement is a key focus area for us and we encourage participation and the sharing of information and ideas. Sustainability is an integral part of our culture and the daily practice. We follow ethical business practices and we seek to develop a culture of working together where co-workers trust and respect each other and good performance is recognized. In being a great place to work, we are proud to offer a range of experiences and opportunities that will help you to achieve your career and personal goals and enable you to live a healthy and balanced life. Read more on www.kone.com/careers

Company: Did you know KONE moves two billion people every day? As a global leader in the elevator and escalator industry, we employ over 60,000 driven professionals in more than 60 countries worldwide joined together by a shared purpose, to shape the future of cities. In 2023, we had annual net sales of EUR 11.0 billion. Why this role? We are seeking for an Associate Engineer - Electronics supports the design, testing, and implementation of electronic systems and components. This role involves hands-on work with circuit design, embedded systems, and electronic testing, under the guidance of senior engineers. Ideal for candidates with foundational knowledge in electronics and a drive to innovate. What will you be doing? Assist in the design and development of analog and digital electronic circuits. Doing designs with KONE Electronics Design Automation tools or any popular EDA tools in the industry Support testing, troubleshooting, and validation of electronic hardware and embedded systems. Prepare technical documentation, schematics, and test reports. Collaborate with cross-functional teams including mechanical, software, and manufacturing engineers. Conduct component selection and ensure compliance with industry standards. Participate in prototype development and field testing Required Skills: Exposure in Hardware Development Life Cycle (HDLC) Familiar with European & American codes for hardware design (IEC, IPC, EN and CSA etc). Knowledge in Board design on Analog Design, Digital design, microprocessor and microcontroller based design, Memory Interfaces Sound Knowledge on communication protocols like RS232, RS485, SPI, CAN etc Knowledge to EMI, EMC standards & DFM, DFT Knowledge in RF fundamental for design. Knowledge to PCB Design & Simulation tools for Circuit design and analysis. Are you the one? Bachelor’s degree in Electronics/Electrical/Communication/Instrumentation Engineering or related discipline. 1–3 years of experience in electronics design or testing (internships included). Familiarity with EDA tools such as Cadence OrCad, Zuken Cadstar, Zuken CR8000, Cadence OrCAD PSPICE, LTSPICE, SI/PI, DFx etc… Familiarity / Basic Hands on with Lab Equipments - MSO/DSO, Logic analyser, Thermal, High end Power supplies etc… Problem solving skills, Self Learning attitude, Good Communication, Analytical & Presentation skills. What do we offer? Development and growth opportunities within a global organization. Warm and friendly international working environment, covering Being part of an industry leader in sustainability. At KONE, we are focused on creating an innovative and collaborative working culture where we value the contribution of each individual. Employee engagement is a key focus area for us and we encourage participation and the sharing of information and ideas. Sustainability is an integral part of our culture and the daily practice. We follow ethical business practices and we seek to develop a culture of working together where co-workers trust and respect each other and good performance is recognized. In being a great place to work, we are proud to offer a range of experiences and opportunities that will help you to achieve your career and personal goals and enable you to live a healthy and balanced life. Read more on www.kone.com/careers

Role: SPM - Mechanical Design Engineer. Location: Bangalore. Employment type: Full-time. Budget: 5-10 LPA (Based on experience) Working days: 6 working days (Mon-sat) Overall Purpose of the Role: Automation, Design of mechanical engineering components, design and development of SPM , Design review and Checking of 2D detail drawing. Work in a team environment as a key resource for mechanical design and development. Understand customer requirements and propose solutions keeping functionality, optimization in view Responsibilities will include cross-functional interaction to qualify new design. Achieve the customer specifications and requirements. Offer technical support. Work on multiple phases or sub-tasks of projects or entire projects of moderate complexity, with results impacting on project completion. Key Responsibilities and skills: Experience in automation, electromechanical / mechatronics and related concepts. Understand customer requirement, propose feasible ideas and concepts. Well versed with creation, reading and interpretation of engineering drawings and standards particularly precision components, fabricated structures. Wide knowledge of automation products. Validation of engineering components and concepts through engineering calculations. Selection of commercial items like Bearings, motor, gear box, Servomotor, sensors, conveyors etc.. Awareness about best machining process, heat treatment process, engineering materials, surface treatment, EDM EBM mechatronics etc. Knowledge about material handling equipment, Able to understand and apply limits fits and tolerances, GD & T, surface finish. Good knowledge of DFx (DFM,DFS,DFA…) concepts. Knowledge of robotics, robot selection, application is an added advantage. Well convergent with CAD 2D/3D platform particularly AUTO CAD , SOLID WORKS (Mandatory) Qualifications and Experience Levels: Bachelor’s degree / Diploma in Mechanical engineering or Equivalent with 4 to 10 years of relevant experience.

Hi! We're Charcoal The world is filled with primitive, dull products that don’t add much value to our lives. A desk is just a surface to hold things up. An article of clothing is just a surface on our skin. We're changing that by leveraging great design and engineering to unlock the potential of these everyday products that have remained stagnant for centuries. Check out our award-winning intelligent desk - www.charcoal.inc And what's cooking now - https://www.charcoal.inc/products/charcoal-case We're looking for a versatile Mechanical Engineer who thrives at the intersection of engineering and execution. You’ll be part of a small, fast-moving team building lifestyle products that are sold globally, starting in the US. This is not a conventional desk-only design role — you’ll be expected to design, source, prototype, and also roll up your sleeves to drive production and vendor coordination. If you’re someone who enjoys building real products and wants to see them come alive in the real world, this is for you. Responsibilities Design and develop mechanical systems and components, utilizing CAD and FEA software Ideate concepts and develop prototypes Design jigs and fixtures for ease of manufacturing Plan and execute testing procedures, analyze results and implement improvements Create detailed BOMs and manufacturing drawings with tolerances, material specs, and assembly methods Identify and onboard reliable suppliers, especially in India and Southeast Asia Drive first article inspections (FAI), pilot builds, and production runs with vendors Own timelines for sampling, tooling, and delivery; chase vendors when needed Troubleshoot quality issues, manufacturing bottlenecks, or delays with urgency and discipline Qualifications 1-2 years of relevant experience in product design DFM & manufacturing knowledge Hands-on experience in rapid prototyping & 3D printing Bias for action - you’re comfortable chasing a vendor, fixing a sample, or debugging a BOM Bachelor’s degree in Mechanical Engineering or a related field First-principles problem-solving approach for root cause analysis and action Attention to detail in design, analysis, & documentation Application engineering skills to identify & select various COTS items Ability to balance perfection with speed - you know when to iterate and when to ship Be a nerd about products

Senior Mechanical Design Engineer (New Product Development) Location: Hubli, Karnataka Experience: 2-5 Years in New Product Development (Experience in Service based industry or other domains does not count) About This Role You will be responsible for leading Design and Development of mechanical systems for our cutting-edge defence products. We are seeking a Senior Mechanical Design Engineer who thrives on owning projects end-to-end—from ideation to deployment. As a Senior Mechanical Design Engineer, you'll work on actual hardware from day one — designing, prototyping, testing, and breaking things that the Armed Forces might use tomorrow. You’ll be part of the R&D team behind our next-gen defence products, contributing to everything from sketches to field tests. What You’ll Be Doing Brainstorm & sketch concepts based on first principles (we don’t do copy-paste design). Design 3D models and detailed mechanical parts using SolidWorks or Fusion 360 considering DFM, DFMEA, DFA. Rapid prototype using 3D printers, CNC Milling, and other machines in our in-house R&D lab. Work closely with electronics and software teams to bring hardware to life. Break your designs, fix them fast, and learn even faster. Analyze and Simulate the models in ANSYS and MATLAB Test and validate prototypes as per MIL STDs Requirements 2–5 years of experience in mechanical new product development. Proficiency in CAD software (e.g., SolidWorks, Fusion 360) and simulation tools (e.g., Ansys, MATLAB) . Strong understanding of materials, tolerances, and manufacturing processes such as CNC machining, and 3D printing. Excellent problem-solving and analytical skills. Passion for hands-on projects — show us what you’ve built! Read Before Applying We are looking for candidates with experience in product development startups or industries (not service-based industries). Candidates available to join within 1 week -15 days will be preferred. What we’re building demands hard work, tenacity, ownership, creativity, and significantly more man-hours than an average job. If you prefer routine over the dynamic unpredictability of innovation, Astr isn't for you. Our fast-paced environment requires curiosity, resilience, a passion for continuous learning, and comfort with rapid change. Read Before Applying This won’t be easy. You’ll break things, fix them, burn midnight oil, and still stay hungry. But it’ll be one hell of a ride. If you want a comfy job or like following SOPs more than challenging them — this isn’t for you. But if you're wired to solve problems under pressure and chase real impact, welcome aboard. Why You SHOULD Join Us Get your hands dirty solving real defence problems Work with crazy smart A-players across disciplines Design, build, test — rinse and repeat Do work that matters — for national security What You’ll Get A hardcore learning environment Crazy levels of ownership Freedom to experiment, fail, learn, and ship The satisfaction of building something that actually works in the field About Us Astr Defence is a new-age Indian defence tech company building next-gen products for the modern battlefield — from anti-drone systems to future-ready weapons. We're not just building hardware. We're building India’s defence future — and it’s anything but ordinary. Apply only if you're ready to build, break, and repeat. This isn’t just a job. It’s a mission.

What You’ll Do "The primary responsibility of this role is to design and detail Aerospace MEA Motor Products to meet design, manufacturability & assembly requirements in alignment with Aerospace & Industry standards Create innovative product concepts based on breakthrough technologies for aerospace applications Perform Product cost analysis leveraging VAVE techniques, to identify and implement cost out opportunities Perform detailed design engineering using CAD platforms such as PRO/E, Creo, AutoCAD, RasterCAD, MotorCAD etc. Perform drawing quality check for the drawings prepared by local as well as global teams Perform Design for Manufacturability & Assembly assessment Provide manufacturability perspective for early concepts and help validate through building appropriate designs. Assist with building prototypes that help in proof of concepts Lead sustaining engineering and runner projects independently Interact with global cross functional teams" Capturing customer voice, Understanding and Executing milestones, Conducting technical and project Reviews, Communication and on job development and learning Perform Product cost analysis leveraging VAVE techniques, to identify and implement cost out opportunities Utilize DFSS concepts / tools such as PDSC, P-Diagram, DFMEA, Risk Management & DVPR for new product development &/or existing product improvements Creation of 3D models and drawings of the new product designs and modification of existing drawings and models Sustains process for design standards and procedures governing product design methods, documents, and data control for the associated business group Build prediction models for the product performance parameters & optimize the performance Performs complex engineering assignments, involving product design, testing and compliance to specifications, process studies, or research investigations using appropriate tools and techniques Utilizes understanding of manufacturing processes to improve new and existing designs & acts as a technical resource for internal / external customers and resolves technical challenges Execute proto-type build, performance / durability testing, teardown of proto-type samples to evaluate product performance against customer requirements for concept level ideas as well as detailed design before product launch Contribute to Innovative product solutions by filing High quality disclosures and Patents Be an active professional in continuous learning resulting enhancement in organizational objectives Performs quality checks to ensure design meet Eaton and customer standards / requirements Person must be proficient with Pro/E or Creo, should be able to perform & review tolerance stack-up and engineering calculations as required supporting design integrity. Should have good understanding of DFM & A (Design for manufacturability & assembly). Shall leverage DFMA principals while working on engineering designs and drawings Utilize the PLM (Enovia) system for documentation control and workflow. Ensure right quality and on time delivery of drawings & engineering documents Maintain credible communication practice with stakeholders on technical clarifications, testing & resolving of field failures Maintain effective communications both verbal & written with customer, team members and cross functional departments Strong analytical, presentation skills. Maintain current knowledge/expertise of product engineering technologies Qualifications Bachelor’s Degree in Mechanical / Electrical Engineering with 6-10 years of experience Skills Proficiency in CAD tools; Preferably ProE / CATIA and experience with PLM tool ENOVIA, proficiency in electrical motor design Aware of Engineering Designs, Drawings, Tolerance Stack up analysis, application engineering domain Design for Manufacturing & Assembly knowhow. Awareness of Design for Six Sigma (DFSS), DMAIC methodology and tools necessary for product engineering Hard working ability and desire for excellence in sustaining engineering excellence Strong and effective communication skills ]]>

Position : Head of Engineering. Experience : 16 + years. Qualification: Diploma or Graduate Mechanical / Plastics / Tool Engineering/CIPET/NTTF/GDTC JOB DESCRIPTION: 1.Complete responsibility, starting from RFQ feasibility until PPAP/PSW sign off with customers and followed by that responsible for IPC period parts supply to customers for the period of 90days as per QCDD norms and smooth hand over of the project with all required documents to the regular production team. 2. RFQ technical feasibility study, (DFM review-Mould Flow Analysis etc...) Design BOM preparation, conceptual tooling layout proposal and appropriate selection of manufacturing process followed by consolidated inputs submission to RFQ costing team for the quote preparation and timely Quote submission as per SOP norms. 3. Complete verification of SOR given by customer and to evaluate over final technical feasibility considering all requirements for the manufacturing process with optimum technical and cost input to finalize both tool price and part price to customer. 4. To conduct overall TLG/Tech review and DFM review with customer along with AOI agreement and SOR signoff with customer. 5. To drive and adhere APQP plan in co-ordination with Engineering PMG team L3 CFT members. 6. Make or Buy decision recommendation to the management and De risking plan/contingency plan preparation for every project 7. Preparation of overall Capex investment plan for each given project clearly mentioning customer funded and Besmak funded consideration including development cost input to be given to costing team to prepare NPV/IRR statement for the business justification and get approval of costing Head/L3 Head/L2 Head. 8. Completely responsible for all tool trials starting from T0 to T4(TF) including De-bugging, review and sign off with tooling vendors (CNH or Vendors) for the tool correction process stage wise. 9. To support PMG for the preparation of WIMS study and finalize all process parameters control copies in coordination with PMG/ NPD QA and Engineering production division head and handover to regular production team. 10. Responsible for the entire NPD engineering products which are in IPC period (90 days) technical performance confirmation and coordination with PMG / Head of Engineering Production Division head and NPD QA. 11. Responsible for all value added and assembly process establishment and its required technical co-ordination mainly with MSE head and L3 CFT members for other process where ever required. 12. To lead and prepare TGR/TGW report for each and every project and do analysis on same and find appropriate solutions in order to improve overall NPD process maturity as desired. (jointly by NPD technical /CNH/PMG) 13. Responsible for overall technical capability evaluation (People /process/Technology) in line with our SBP and initiation of appropriate actions including capex proposal and followed by timely procurement and implementation of same. Accountability: 1. To support technically for RFQ business conversion minimum by 20% against all Quote submission. 2. Optimum use of resources based on the RFQ estimation as per budget approval given by management. 3. Responsible for overall APQP adherence in line with customer PPAP, PSW Sign off and followed by Internal PPAP signoff with norms reduction of 10% as compared to RFQ norms. Internal PPAP to be formally signed off in co-ordination with Engineering production division head and NPD QA for all Engineering NPD parts. To review all engineering products which are in production with costing team /production team and Engineering division head to check the profitability confirmation as per approved NPV-IRR document. (RFQ Vs Actual) 4. For all NPD projects ,In case if there is any need to go beyond T4 (TF) trials, there should be proper reasoning and justification followed by mutual sign off with CNH or Tooling Vendors to be done and proposal to be given to VP Technical and Operations to get approval before taking T5 trial. 5. Responsible for overall IPC process sign off for NPD engineering parts and its process in co-ordination with Head of Engineering production division and NPD QA head. To ensure 0 customer complaint during IPC period. 6. Project progress review and periodical status update to be given to customer/Top management. 7. Timely escalation to reporting superiors wherever there is bottle neck area, which leads to delay in overall project progress. 8. To give complete resolution for all technical issues and technological requirements seeking support from superiors/ external agencies or consultant time to time where ever it is required. 9. TGR/TGW to be prepared in every project and timely it has to be presented to Management.

New Product Development (NPD) and Sourcing Engineer – Frido R&D Team As a New Product Development (NPD) Engineer, you will be the execution backbone of Frido’s R&D team. Once a product concept is finalized by the Design Team, you will take full ownership of its development—coordinating with vendors, overseeing prototyping, sourcing components, and ensuring manufacturability, quality, and timelines. You’re the bridge between concept and reality. Key Responsibilities Manufacturing Execution Convert finalized designs into physical products by developing product and vendor. Execute DFM (Design for Manufacturing) and DFA (Design for Assembly) improvements in collaboration with design and supplier teams. Own the complete development lifecycle—from sample builds to production handoff. Sourcing & Supply Chain Collaboration Identify and qualify new suppliers for components, raw materials, and outsourced processes. Source long-lead and custom components in alignment with design and manufacturing constraints. Collaborate with the sourcing/procurement team to ensure on-time availability of parts for builds. Track lead times, manage RFQs (Request for Quotation), and support cost benchmarking across vendors. Maintain sourcing documentation including supplier capability matrix, pricing history, and delivery performance logs. Vendor Coordination Identify, evaluate, and manage vendors for prototyping and batch manufacturing. Schedule and conduct vendor visits to assess capability, quality systems, and production timelines. Negotiate project timelines, costs, MOQs, and drive accountability with vendors. Prototyping & Iteration Lead multiple prototyping cycles until all functional, aesthetic, and durability goals are achieved. Document development issues, manage change requests, and update BOMs and drawings accordingly. Validate samples through internal testing and targeted user feedback loops. Project Ownership Maintain clear timelines and development trackers for all ongoing product builds. Coordinate across management, design, sourcing, and quality teams to ensure smooth execution. Proactively escalate risks or delays and propose mitigation plans or alternate paths. Requirements B.E./B.Tech in Mechanical / Industrial / Product Engineering. 1–5 years of hands-on experience in manufacturing, product development, or NPD roles. Sound knowledge of manufacturing processes like sheet metal, injection molding, machining, and basic assembly. Strong ability to interpret CAD models, engineering drawings, and mechanical tolerances. Excellent communication skills with an ownership mindset and strong attention to detail.

About Vecmcon: Vecmocon was incubated in 2016 at IIT Delhi by Peeyush Asati (CEO), Adarshkumar Balaraman (COO) and Shivam Wankhede (CTO). The company has now established its presence in major cities including Delhi, Bangalore, Chennai & Lucknow with a passionate team of more than 180 associates. The company is at the forefront of advanced computing solutions for electric mobility, specializing in safety-critical components such as Battery Management Systems (BMS), EV chargers, Vehicle Intelligence Modules (VIM), secure Firmware Over the Air (FOTA), etc for electric vehicles. The company is working with two of the top 5 EV players in India and various leading battery manufacturers ensuring a high level of reliability and safety, delivering robust performance for the next generation of intelligent and smart EVs. With a vision to develop the most reliable, robust, and cost-efficient systems, Vecmocon aims to drive the mass adoption of electric vehicles globally. About Role: We’re seeking a Senior PCB Design Engineer to lead the design and development of PCBs for chargers used in electric two and three-wheelers. The role requires deep expertise in PCB design, strong hardware fundamentals, component selection skills, and a solid understanding of power electronics and PCB manufacturing. Roles and Responsibilities: Lead design of high-reliability power electronics PCBs for automotive-grade products Own schematic creation, stack-up definition, and material selection for high-current, high-voltage designs Ensure compliance with EMI/EMC, thermal, and mechanical constraints during layout Conduct architecture reviews and design validation with the hardware team Select components based on electrical, thermal, cost, and reliability trade-offs Review and maintain schematic symbols, footprints, and library standards Lead root cause analysis for validation and production-level PCB issues Release complete production documentation (Gerbers, BoM, pick-and-place, assembly drawings) Guide junior engineers and drive best practices in layout and design Coordinate with suppliers and manufacturers for DFM/DFA compliance Implement cost reduction and continuous improvement based on field feedback Support ICT and FCT processes Ski lls 3+ years of PCB design experience; proficiency in Altium Designer preferred Strong foundation in electrical engineering and power electronics Expertise in analog, digital, and power layout with good thermal design practices Experience in debugging and testing power electronics systems Familiar with IPC standards (IPC-2221, IPC-2152, IPC-4761) and DFM/DFT guidelines Knowledge of signal/power integrity, impedance control, and EMI/EMC compliance Understanding of mechanical constraints; experience with 3D CAD models (DXF/STEP) Strong documentation and communication skills Leadership abilities to mentor and manage junior team members

Hyderabad, Telangana, India Job Type Full Time About the Role About the Role We are seeking a passionate and skilled Embedded ML Engineer to work on cutting-edge ML inference pipelines for low-power, real-time embedded platforms. You will help design and deploy highly efficient ML models on custom hardware accelerators like Hailo, Coral (Edge TPU), Kendryte K210, and Torrent/BlackHole in real-world IoT systems. This role combines model optimization, embedded firmware development, and toolchain management. You will be responsible for translating large ML models into efficient quantized versions, benchmarking them on custom hardware, and integrating them with embedded firmware pipelines that interact with real-world sensors and peripherals. Requirements Key Responsibilities ML Model Optimization & Conversion Convert, quantize, and compile models built in TensorFlow, PyTorch , or ONNX to hardware-specific formats. Work with compilers and deployment frameworks like TFLite , HailoRT , EdgeTPU Compiler , TVM , or ONNX Runtime . Use techniques such as post-training quantization , pruning , distillation , and model slicing . ️ Embedded Integration & Inference Deployment Integrate ML runtimes in C/C++ or Python into firmware stacks built on RTOS or embedded Linux . Handle real-time sensor inputs (camera, accelerometer, microphone) and pass them through inference engines. Manage memory, DMA transfers, inference buffers, and timing loops for deterministic behavior. Benchmarking & Performance Tuning Profile and optimize models for latency, memory usage, compute load , and power draw . Work with runtime logs, inference profilers, and vendor SDKs to squeeze maximum throughput on edge hardware. Conduct accuracy vs performance trade-off studies for different model variants. Testing & Validation Design unit, integration, and hardware-in-loop (HIL) tests to validate model execution on actual devices. Collaborate with hardware and firmware teams to debug runtime crashes, inference failures, and edge cases. Build reproducible benchmarking scripts and test data pipelines. Required Qualifications ‍ Education: BE/B.Tech/M.Tech in Electronics, Embedded Systems, Computer Science, or related disciplines. Experience: 2–4 years in embedded ML, edge AI, or firmware development with ML inference integration. Technical Skills Required Embedded Firmware & Runtime Strong experience in C/C++ , basic Python scripting. Experience with RTOS (FreeRTOS, Zephyr) or embedded Linux. Understanding of memory-mapped I/O, ring buffers, circular queues, and real-time execution cycles. ML Model Toolchains Experience with TensorFlow Lite , ONNX Runtime , HailoRT , EdgeTPU , uTensor , or TinyML . Knowledge of quantization-aware training or post-training quantization techniques. Familiarity with model conversion pipelines and hardware-aware model profiling. Media & Sensor Stack Ability to work with input/output streams from cameras , IMUs , microphones , etc. Experience integrating inference with V4L2, GStreamer, or custom ISP preprocessors is a plus. Tooling & Debugging Git, Docker, cross-compilation toolchains (Yocto, CMake). Debugging with SWD/JTAG, GDB, or serial console-based logging. Profiling with memory maps, timing charts, and inference logs. Preferred (Bonus) Skills Previous work with low-power vision devices , audio keyword spotting , or sensor fusion ML . Familiarity with edge security (encrypted models, secure firmware pipelines). Hands-on with simulators/emulators for ML testing (Edge Impulse, Hailo’s HEF emulator, etc.). Participation in TinyML forums , open-source ML toolkits, or ML benchmarking communities. Why Join Us? At EURTH TECHTRONICS PVT LTD , we're not just building IoT firmware—we're deploying machine learning intelligence on ultra-constrained edge platforms , powering real-time decisions at the edge. Get exposure to full-stack embedded ML pipelines — from model quantization to runtime integration. Work with a world-class team focused on ML efficiency, power optimization, and embedded system scalability .️ Contribute to mission-critical products used in industrial automation, medical wearables, smart infrastructure , and more. How to Apply Send your updated resume + GitHub/portfolio links to: jobs@eurthtech.com About the Company About EURTH TECHTRONICS PVT LTD EURTH TECHTRONICS PVT LTD is a cutting-edge Electronics Product Design and Engineering firm specializing in embedded systems, IoT solutions, and high-performance hardware development. We provide end-to-end product development services—from PCB design, firmware development, and system architecture to manufacturing and scalable deployment. With deep expertise in embedded software, signal processing, AI-driven edge computing, RF communication, and ultra-low-power design, we build next-generation industrial automation, consumer electronics, and smart infrastructure solutions. Our Core Capabilities Embedded Systems & Firmware Engineering – Architecting robust, real-time embedded solutions with RTOS, Linux, and MCU/SoC-based firmware. IoT & Wireless Technologies – Developing LoRa, BLE, Wi-Fi, UWB, and 5G-based connected solutions for industrial and smart city applications. Hardware & PCB Design – High-performance PCB layout, signal integrity optimization, and design for manufacturing (DFM/DFA). Product Prototyping & Manufacturing – Accelerating concept-to-market with rapid prototyping, design validation, and scalable production. AI & Edge Computing – Implementing real-time AI/ML on embedded devices for predictive analytics, automation, and security. Security & Cryptography – Integrating post-quantum cryptography, secure boot, and encrypted firmware updates. Our Industry Impact ✅ IoT & Smart Devices – Powering the next wave of connected solutions for industrial automation, logistics, and smart infrastructure. ✅ Medical & Wearable Tech – Designing low-power biomedical devices with precision sensor fusion and embedded intelligence. ✅ Automotive & Industrial Automation – Developing AI-enhanced control systems, predictive maintenance tools, and real-time monitoring solutions. ✅ Scalable Enterprise & B2B Solutions – Delivering custom embedded hardware and software tailored to OEMs, manufacturers, and system integrators. Our Vision We are committed to advancing technology and innovation in embedded product design. With a focus on scalability, security, and efficiency, we empower businesses with intelligent, connected, and future-ready solutions. We currently cater to B2B markets, offering customized embedded development services, with a roadmap to expand into direct-to-consumer (B2C) solutions.

Hyderabad, Telangana, India Job Type Full Time About the Role About the Role We are seeking a highly skilled and visionary Senior Embedded Systems Architect to lead the design and implementation of next-generation AI-powered embedded platforms. This role demands deep technical proficiency across embedded systems, AI model deployment, hardware–software co-design, and media-centric inference pipelines. You will architect full-stack embedded AI solutions using custom AI accelerators such as Google Coral (Edge TPU), Hailo, BlackHole (Torrent), and Kendryte, delivering real-time performance in vision, audio, and multi-sensor edge deployments. The ideal candidate brings a combination of system-level thinking, hands-on prototyping, and experience in optimizing AI workloads for edge inference. This is a high-impact role where you will influence product architecture, ML tooling, hardware integration, and platform scalability for a range of IoT and intelligent device applications. Requirements Key Responsibilities ️ System Architecture & Design Define and architect complete embedded systems for AI workloads — from sensor acquisition to real-time inference and actuation . Design multi-stage pipelines for vision/audio inference: e.g., ISP preprocessing CNN inference postprocessing. Evaluate and benchmark hardware platforms with AI accelerators (TPU/NPU/DSP) for latency, power, and throughput. Edge AI & Accelerator Integration Work with Coral, Hailo, Kendryte, Movidius, and Torrent accelerators using their native SDKs (EdgeTPU Compiler, HailoRT, etc.). Translate ML models (TensorFlow, PyTorch, ONNX) for inference on edge devices using cross-compilation , quantization , and toolchain optimization . Lead efforts in compiler flows such as TVM, XLA, Glow, and custom runtime engines. ️ Media & Sensor Processing Pipelines Architect pipelines involving camera input , ISP tuning , video codecs , audio preprocessors , or sensor fusion stacks . Integrate media frameworks such as V4L2 , GStreamer , and OpenCV into real-time embedded systems. Optimize for frame latency, buffering, memory reuse, and bandwidth constraints in edge deployments. ️ Embedded Firmware & Platform Leadership Lead board bring-up, firmware development (RTOS/Linux), peripheral interface integration, and low-power system design. Work with engineers across embedded, AI/ML, and cloud to build robust, secure, and production-ready systems. Review schematics and assist with hardware–software trade-offs, especially around compute, thermal, and memory design. Required Qualifications ‍ Education: BE/B.Tech/M.Tech in Electronics, Electrical, Computer Engineering, Embedded Systems, or related fields. Experience: Minimum 5+ years of experience in embedded systems design. Minimum 3 years of hands-on experience with AI accelerators and ML model deployment at the edge. Technical Skills Required Embedded System Design Strong C/C++, embedded Linux, and RTOS-based development experience. Experience with SoCs and MCUs such as STM32, ESP32, NXP, RK3566/3588, TI Sitara, etc. Cross-architecture familiarity: ARM Cortex-A/M, RISC-V, DSP cores. ML & Accelerator Toolchains Proficiency with ML compilers and deployment toolchains: ONNX, TFLite, HailoRT, EdgeTPU compiler, TVM, XLA . Experience with quantization , model pruning , compiler graphs , and hardware-aware profiling . Media & Peripherals Integration experience with camera modules , audio codecs , IMUs , and other digital/analog sensors . Experience with V4L2 , GStreamer , OpenCV , MIPI CSI , and ISP tuning is highly desirable. System Optimization Deep understanding of compute budgeting , thermal constraints , memory management , DMA , and low-latency pipelines . Familiarity with debugging tools: JTAG , SWD , logic analyzers , oscilloscopes , perf counters , and profiling tools. Preferred (Bonus) Skills Experience with Secure Boot , TPM , Encrypted Model Execution , or Post-Quantum Cryptography (PQC) . Familiarity with safety standards like IEC 61508 , ISO 26262 , UL 60730 . Contributions to open-source ML frameworks or embedded model inference libraries. Why Join Us? At EURTH TECHTRONICS PVT LTD , you won't just be optimizing firmware — you will architect full-stack intelligent systems that push the boundary of what's possible in embedded AI. Work on production-grade, AI-powered devices for industrial, consumer, defense, and medical applications . Collaborate with a high-performance R&D team that builds edge-first, low-power, secure, and scalable systems . Drive core architecture and set the technology direction for a fast-growing, innovation-focused organization. How to Apply Send your updated resume + GitHub/portfolio links to: jobs@eurthtech.com About the Company About EURTH TECHTRONICS PVT LTD EURTH TECHTRONICS PVT LTD is a cutting-edge Electronics Product Design and Engineering firm specializing in embedded systems, IoT solutions, and high-performance hardware development. We provide end-to-end product development services—from PCB design, firmware development, and system architecture to manufacturing and scalable deployment. With deep expertise in embedded software, signal processing, AI-driven edge computing, RF communication, and ultra-low-power design, we build next-generation industrial automation, consumer electronics, and smart infrastructure solutions. Our Core Capabilities Embedded Systems & Firmware Engineering – Architecting robust, real-time embedded solutions with RTOS, Linux, and MCU/SoC-based firmware. IoT & Wireless Technologies – Developing LoRa, BLE, Wi-Fi, UWB, and 5G-based connected solutions for industrial and smart city applications. Hardware & PCB Design – High-performance PCB layout, signal integrity optimization, and design for manufacturing (DFM/DFA). Product Prototyping & Manufacturing – Accelerating concept-to-market with rapid prototyping, design validation, and scalable production. AI & Edge Computing – Implementing real-time AI/ML on embedded devices for predictive analytics, automation, and security. Security & Cryptography – Integrating post-quantum cryptography, secure boot, and encrypted firmware updates. Our Industry Impact ✅ IoT & Smart Devices – Powering the next wave of connected solutions for industrial automation, logistics, and smart infrastructure. ✅ Medical & Wearable Tech – Designing low-power biomedical devices with precision sensor fusion and embedded intelligence. ✅ Automotive & Industrial Automation – Developing AI-enhanced control systems, predictive maintenance tools, and real-time monitoring solutions. ✅ Scalable Enterprise & B2B Solutions – Delivering custom embedded hardware and software tailored to OEMs, manufacturers, and system integrators. Our Vision We are committed to advancing technology and innovation in embedded product design. With a focus on scalability, security, and efficiency, we empower businesses with intelligent, connected, and future-ready solutions. We currently cater to B2B markets, offering customized embedded development services, with a roadmap to expand into direct-to-consumer (B2C) solutions.

Hyderabad, Telangana, India Job Type Full Time About the Role About the Role We are looking for a hands-on and technically proficient Embedded Software Team Lead to drive the development of intelligent edge systems that combine embedded firmware, machine learning inference, and hardware acceleration. This role is perfect for someone who thrives at the intersection of real-time firmware design, AI model deployment, and hardware-software co-optimization. You will lead a team delivering modular, scalable, and efficient firmware pipelines that run quantized ML models on accelerators like Hailo, Coral, Torrent (BlackHole), Kendryte, and other emerging chipsets. Your focus will include model runtime integration, low-latency sensor processing, OTA-ready firmware stacks, and CI/CD pipelines for embedded products at scale Requirements Key Responsibilities Technical Leadership & Planning Own the firmware lifecycle across multiple AI-based embedded product lines. Define system and software architecture in collaboration with hardware, ML, and cloud teams. Lead sprint planning, code reviews, performance debugging, and mentor junior engineers. ️ ML Model Deployment & Runtime Integration Collaborate with ML engineers to port, quantize, and deploy models using TFLite , ONNX , or HailoRT . Build runtime pipelines that connect model inference with real-time sensor data (vision, IMU, acoustic). Optimize memory and compute flows for edge model execution under power/bandwidth constraints. Firmware Development & Validation Build production-grade embedded stacks using RTOS (FreeRTOS/Zephyr) or embedded Linux . Implement secure bootloaders, OTA update mechanisms, and encrypted firmware interfaces. Interface with a variety of peripherals including cameras, IMUs, analog sensors, and radios (BLE/Wi-Fi/LoRa). ️ CI/CD, DevOps & Tooling for Embedded Set up and manage CI/CD pipelines for firmware builds, static analysis, and validation. Integrate Docker-based toolchains, hardware-in-loop (HIL) testing setups, and simulators/emulators. Ensure codebase quality, maintainability, and test coverage across the embedded stack. Required Qualifications ‍ Education: BE/B.Tech/M.Tech in Embedded Systems, Electronics, Computer Engineering, or related fields. Experience: Minimum 4+ years of embedded systems experience. Minimum 2 years in a technical lead or architect role. Hands-on experience in ML model runtime optimization and embedded system integration. Technical Skills Required Embedded Development & Tools Expert-level C/C++ , hands-on with RTOS and Yocto-based Linux . Proficient with toolchains like GCC/Clang, OpenOCD, JTAG/SWD, Logic Analyzers. Familiarity with OTA , bootloaders , and memory management (heap/stack analysis, linker scripts). ML Model Integration Proficiency in TFLite , ONNX Runtime , HailoRT , or EdgeTPU runtimes . Experience with model conversion, quantization (INT8, FP16), runtime optimization. Ability to read/modify model graphs and connect to inference APIs. Connectivity & Peripherals Working knowledge of BLE, Wi-Fi, LoRa, RS485 , USB, and CAN protocols. Integration of camera modules , MIPI CSI , IMUs , and custom analog sensors . ️ DevOps for Embedded Hands-on with GitLab/GitHub CI, Docker, and containerized embedded builds. Build system expertise: CMake , Make , Bazel , or Yocto preferred. Experience in automated firmware testing (HIL, unit, integration). Preferred (Bonus) Skills Familiarity with machine vision pipelines , ISP tuning , or video/audio codec integration . Prior work on battery-operated devices , energy-aware scheduling , or deep sleep optimization . Contributions to embedded ML open-source projects or model deployment tools. Why Join Us? At EURTH TECHTRONICS PVT LTD , we go beyond firmware—we’re designing and deploying embedded intelligence on every device, from industrial gateways to smart consumer wearables. Build and lead teams working on cutting-edge real-time firmware + ML integration . Work on full-stack embedded ML systems using the latest AI accelerators and embedded chipsets . Drive product-ready, scalable software platforms that power IoT, defense, medical , and consumer electronics . How to Apply Send your updated resume + GitHub/portfolio links to: jobs@eurthtech.com About the Company About EURTH TECHTRONICS PVT LTD EURTH TECHTRONICS PVT LTD is a cutting-edge Electronics Product Design and Engineering firm specializing in embedded systems, IoT solutions, and high-performance hardware development. We provide end-to-end product development services—from PCB design, firmware development, and system architecture to manufacturing and scalable deployment. With deep expertise in embedded software, signal processing, AI-driven edge computing, RF communication, and ultra-low-power design, we build next-generation industrial automation, consumer electronics, and smart infrastructure solutions. Our Core Capabilities Embedded Systems & Firmware Engineering – Architecting robust, real-time embedded solutions with RTOS, Linux, and MCU/SoC-based firmware. IoT & Wireless Technologies – Developing LoRa, BLE, Wi-Fi, UWB, and 5G-based connected solutions for industrial and smart city applications. Hardware & PCB Design – High-performance PCB layout, signal integrity optimization, and design for manufacturing (DFM/DFA). Product Prototyping & Manufacturing – Accelerating concept-to-market with rapid prototyping, design validation, and scalable production. AI & Edge Computing – Implementing real-time AI/ML on embedded devices for predictive analytics, automation, and security. Security & Cryptography – Integrating post-quantum cryptography, secure boot, and encrypted firmware updates. Our Industry Impact ✅ IoT & Smart Devices – Powering the next wave of connected solutions for industrial automation, logistics, and smart infrastructure. ✅ Medical & Wearable Tech – Designing low-power biomedical devices with precision sensor fusion and embedded intelligence. ✅ Automotive & Industrial Automation – Developing AI-enhanced control systems, predictive maintenance tools, and real-time monitoring solutions. ✅ Scalable Enterprise & B2B Solutions – Delivering custom embedded hardware and software tailored to OEMs, manufacturers, and system integrators. Our Vision We are committed to advancing technology and innovation in embedded product design. With a focus on scalability, security, and efficiency, we empower businesses with intelligent, connected, and future-ready solutions. We currently cater to B2B markets, offering customized embedded development services, with a roadmap to expand into direct-to-consumer (B2C) solutions.

Exciting Opportunity for Physical Verification Engineers ! Elevate your career with Digicomm Semiconductor Private Limited and take the next leap in your professional journey. Join us for unparalleled growth and development. Responsibilities:- Design Rule Checking (DRC): Run DRC checks using industry-standard tools to identify violations of manufacturing design rules. Collaborate with layout designers to resolve DRC issues. Layout vs. Schematic (LVS) Verification: Perform LVS checks to ensure that the physical layout accurately matches the schematic and that there are no electrical connectivity discrepancies. Electrical Rule Checking (ERC): Verify that the layout adheres to electrical constraints and requirements, such as voltage and current limitations, ensuring that the IC functions as intended. Design for Manufacturing (DFM): Collaborate with design and manufacturing teams to optimize the layout for the semiconductor fabrication process. Address lithography and process variation concerns. Process Technology Calibration: Calibrate layout extraction tools and parameters to match the specific process technology used for fabrication. Resolution Enhancement Techniques (RET): Implement RET techniques to improve the printability of layout patterns during the photolithography process. Fill Insertion: Insert fill cells into the layout to improve planarity and reduce manufacturing-related issues, such as wafer warping and stress. Multi-Patterning and Advanced Nodes: Deal with challenges specific to advanced process nodes, including multi-patterning, coloring, and metal stack variations. Hotspot Analysis: Identify and address potential hotspot areas that may lead to manufacturing defects or yield issues. Post-Processing Simulation: Perform post-processing simulations to verify that the layout is compatible with the manufacturing process and does not introduce unwanted parasitics. Process Integration Checks: Collaborate with process integration teams to ensure the smooth integration of the design with the semiconductor fabrication process. Documentation: Maintain detailed documentation of verification processes, methodologies, and results. Qualifications:- BTECH/MTECH Experience:- The Engineers with 3 to 5+ years of Experience Location:- Bangalore/ Noida

Imagine what you could do here. At Apple, new ideas have a way of becoming extraordinary products, services, and customer experiences very quickly. Bring passion and dedication to your job and there's no telling what you could accomplish. The people here at Apple don’t just create products - they create the kind of wonder that’s revolutionized entire industries. It’s the diversity of those people and their ideas that inspires the innovation that runs through everything we do, from amazing technology to industry-leading environmental efforts. Join Apple, and help us leave the world better than we found it. We are looking for an Automation SME to drive automation activities for stringent enclosure and module manufacturing processes as part of Manufacturing Design’s Automation SME team. Will also work with integrators, technology suppliers, contract manufacturers, and internal customers to develop advanced automation capabilities and implement them in the supply chain to exacting standards on aggressive project timelines. Description Join a dynamic team of Subject Matter Experts and help drive automation activities (including machine vision and robotics) for key manufacturing processes in the enclosure and module spaces. We look forward to these contributions in this role : - Work with cross-function operations teams and contract manufacturers to evaluate automation implementation risk, create technical requirements/RFP package, assess capabilities of automation integrators, provide DFM feedback, support integrator down-select activities, and estimate automation costs and capabilities. - Work onsite with integrators to drive design reviews, implement proof of concept, maintain and resolve issues lists, implement data logging and traceability requirements, review control logic and programming, and define qualification requirements for FAT/SAT. - Provide onsite technical support at FAT/SAT, development builds, production builds, and production ramp as needed to ensure equipment capability, availability, and productivity. - Coordinate above activities with Cupertino counterparts to push process capability, ensure timely completion of deliverables, and identify/mitigate risk ahead of schedule. - Present detailed analyses to key decision makers to enable commercial and design decisions. - Drive pioneering research and development activities both in-house and with industry partners to deliver step-change improvements to process capability. - Maintain deep knowledge of equipment capabilities and key process drivers; keep abreast of the latest industrial developments and leverage new technologies in novel ways to enable improved capabilities; serve as subject matter expert (SME) for project teams. Minimum Qualifications 8+ years of professional experience working on automation and robotics applications for mass production applications. BTech/ MTech in engineering (mechanical, manufacturing, automation, robotics or equivalent) from a premier school Preferred Qualifications Experience designing, deploying, qualifying, supporting, and project managing automated manufacturing process lines that incorporate machine vision (including cameras, lighting, and programming), motion control (including actuators, motors, pneumatics) and sensors, with expertise in most of those component groups. Strong mechanical design, development, and FA skills. Ability to reconcile DFM feedback with design goals, anticipate risk and identify mitigation opportunities, drive root cause/corrective action and process optimization activities to closure efficiently with proper design of experiment (DOE) practices and detailed data analysis using statistical methods such as process capability, correlation, GR&R, etc. and software such as JMP, Matlab, etc. Ability to work independently on a variety of demanding, concurrent projects that often require creative solutions. A positive attitude with a hands-on approach and a desire to drive innovation and create world-class products. Expertise with one or more brands (ABB, KUKA, Fanuc etc.) six-axis industrial robots, their textual programming languages (RAPID, KRL, Karel etc.), and their offline programming (OLP) packages (RobotStudio KUKA.Sim, Roboguide etc.), or equivalents. Extensive experience using CAD to review and design mechanical components and assemblies, and create proper engineering part drawings using GD&T practices. Expertise with PLCs (Mitsubishi, Panasonic, Beckhoff, Siemens, Allen-Bradley, etc.) and various PLC programming languages including Ladder Diagram, Structured Text and Function Block Diagram. Experience working overseas with international supply chains and contract manufacturers. Fluent spoken and written English skills with an ability to articulate complex, technical concepts and issues in a clear and concise manner to audiences of mixed backgrounds. Consistent domestic travel required (~40%) Submit CV

Designation: Electrical Design Engineering Experience: 5+ Years Roles & Responsibilities:- Lead the architecture, design, and validation of power converters and electrical hardware platforms. Perform feasibility studies, design calculations, thermal analysis, and component selection. Conduct detailed PCB layout reviews Ensure IPC compliance, signal and power integrity, and manufacturing best practices, Identify and correct layout faults and cosmetic issues. Collaborate with outsourcing partners for hardware design and manufacturing execution. Drive hardware integration, ensuring system-level electrical performance. Focus on innovation initiatives including new converter topologies, design optimizations, and reliability enhancements. Lead technical design reviews, mentor junior engineers, and define internal hardware standards. Support EMC testing, HALT/HASS reliability testing, and regulatory compliance. Key Result Areas: Delivery of robust, high-efficiency power and control hardware architectures. Advancement of innovation initiatives within hardware development. Quality assurance and management of outsourced design and manufacturing partners. Development and enforcement of internal hardware review frameworks and documentation standards. Technical leadership and capability building across the hardware engineering team. Internal: Lead the delivery of high-efficiency power and control hardware architectures across projects. Drive innovation initiatives such as new converter topologies, design optimization, and advanced reliability methods. Establish and enforce hardware review frameworks, DFM/DFT standards, and documentation practices. Mentor and develop internal engineering capabilities through technical leadership and structured reviews. External: Manage collaboration with outsourcing partners for hardware design, manufacturing, and validation. Ensure outsourced work meets internal quality standards, design specifications, and timeline requirements. Lead technical reviews of externally developed designs for IPC compliance, manufacturability, and signal integrity. Coordinate with external suppliers and manufacturers to secure customized components and ensure smooth prototype and production deliveries. Educational Qualification: •Bachelor's or Master’s degree in Electrical Engineering, preferably with specialization in Power Electronics. Required Skills: Expertise in power converter design across major topologies. Strong proficiency in digital and analog control circuit design. Extensive experience in PCB layout reviews emphasizing signal integrity, power distribution, and IPC compliance. Practical knowledge of Design for Manufacturing (DFM) and Design for Testability (DFT). Hands-on with PCB CAD tools (Altium Designer, Cadence Allegro) and Signal Integrity simulation software. Vendor management experience for external hardware development. Strong leadership, technical documentation, communication, and mentoring abilities.

Job Title: Mechanical Design Engineer Experience: 3–6 Years Location: Ludhiana, Punjab Employment Type: Full-Time Education: Bachelor’s Degree in Mechanical Engineering (B.E./B.Tech) – Mandatory About New Era: New Era is a leading manufacturer of state-of-the-art food processing machinery, specializing in bakery and biscuit production lines. With a legacy of engineering excellence, we combine precision design, innovative automation, and global service standards to deliver world-class machinery solutions. As we continue to expand our global presence, we are looking for passionate design engineers to join our team. Role Overview: We are hiring a skilled and detail-driven Mechanical Design Engineer with 3–6 years of experience to join our dynamic R&D and Engineering Design team. The ideal candidate will contribute to the development of world-class food processing equipment, ensuring both mechanical integrity and manufacturing feasibility. Key Responsibilities: Design and develop machine components, assemblies, and full systems using Creo 6.0 and related CAD tools. Create detailed 2D drawings, 3D models, and full manufacturing documentation including BOMs. Execute DFM (Design for Manufacturing), DFA, and tolerance stack-up analysis. Work closely with production, automation, electrical, and procurement teams to ensure seamless integration and manufacturability. Support prototype development, testing, and field implementation of new designs. Apply hygienic design principles and CE compliance in all projects. Handle change management and design revisions using PDM tools. Required Skills and Qualifications: Bachelor’s Degree in Mechanical Engineering (B.E. / B.Tech) – Must 3–6 years of experience in mechanical design within machinery, industrial equipment, or automation sectors Strong command over Creo (preferably Creo 6.0) , GD&T, and mechanical design standards Solid understanding of sheet metal , machined parts , SS304 material handling , and weldment designs Familiarity with pneumatics, geared motors, and integration of standard components like Siemens and Nord systems Excellent analytical and problem-solving skills Ability to interpret and prepare technical documentation and manufacturing drawings Preferred Qualifications: Experience in food machinery design or packaging equipment Exposure to CE-marked equipment and hygienic design standards Knowledge of PLM tools such as Windchill Hands-on knowledge of prototyping, testing, and product validation What We Offer: Opportunity to work on globally competitive food machinery and advanced automation systems Exposure to international clients and European design standards Collaborative culture with strong mentorship and growth opportunities Access to state-of-the-art manufacturing and R&D infrastructure

Position - Product Development Engineer Location - Kochi(Kerala) Experience - 03+ years Company - Amphenol Job Description Overview: The Development Engineer will be responsible for the Design and Development of Connectors and its accessories & other Electromechanical products. The Development Engineer will work closely with market facing team and interact with customers to develop products by translating a customer requirement into a product requirement and work through the development cycle including Testing, Approval and finally be responsible for release to Production. Responsibilities Perform activities concerned with design, development, and testing of electromechanical components / products / systems for ESS & Industrial markets. Work closely with Field Application Engineering, Sales & Product Management teams and Interact with customers, and other engineering areas during the development of products. Conceives original ideas for new products and ability to develop them into practical and economical models. Define specifications, perform engineering analyses, makes preliminary sketches and prove concept in prototypes and testing. To work closely with the Global Engineering team in design of new product for global customers by meeting timelines and providing innovative solutions. To keep abreast of new technologies, materials and processes and use the information to initiate cost saving or product enhancing projects. To contribute to achieving departmental targets – specifically //'Delivery on Time//' targets for development and sustaining activities. To carry out any other reasonable tasks as may be requested from time to time by the Engineering Manager. To observe Health and Safety regulations as laid down in company procedures and Government legislation. Functional Skills: Experience in New Product development cycle. Expertise in Creo/Solidworks software. Good Knowledge in PDM windchill & PLM software. Good Knowledge and thorough understanding of manufacturing processes like Molding, Stamping, Plating and other Metal Forming and plastic miniaturing processes. Added advantage would be good knowledge in additive manufacturing process. Experience in design tools such as GD&T, DFMEA, DFM, and Tolerance Stack ups. Experience in Product Design involving Plastic and Sheet Metal parts. Excellent Problem solving and Analytical Skills. Knowledge of process like 8D, Why Why analysis etc. Knowledge of statistical process control methodology, DFSS is an advantage. Product Testing & Qualification for new products. Product knowledge on connector is an advantage. Strong Technical Aptitude with Willingness to learn new Technologies. Exposure & Knowledge on Electrical system design will be added advantage Knowledge of six sigma tools will be an added advantage.

Create 3D models, part drawings, and assembly designs using Solid Edge CAD software. Develop design concepts and detailed engineering drawings based on customer or internal specifications. Collaborate with mechanical, electrical, and production teams for design feasibility and accuracy. Modify existing designs to improve performance, reduce cost, or meet updated requirements. Prepare and maintain BOM (Bill of Materials) and other technical documentation. Ensure all designs comply with industry standards and safety regulations. Participate in design reviews and incorporate feedback from stakeholders. Coordinate with vendors/suppliers for design-related discussions or custom parts. Support manufacturing during prototype development, testing, and final production. Update and maintain proper version control and drawing revisions. Required Qualifications & Skills: Diploma or Bachelor's Degree in Mechanical Engineering or related field. 1–5 years of experience in mechanical design using Solid Edge. Strong understanding of GD&T, tolerances, machining processes, and fabrication techniques. Familiarity with design for manufacturing (DFM) and design for assembly (DFA). Ability to read and interpret technical drawings and specifications. Good communication and teamwork skills. Job Type: Full-time Pay: ₹20,000.00 - ₹30,000.00 per month Benefits: Provident Fund Schedule: Day shift Experience: solid edge: 1 year (Preferred) Work Location: In person

Xometry (NASDAQ: XMTR) powers the industries of today and tomorrow by connecting the people with big ideas to the manufacturers who can bring them to life. Xometry’s digital marketplace gives manufacturers the critical resources they need to grow their business while also making it easy for buyers at Fortune 1000 companies to tap into global manufacturing capacity. We are seeking a highly motivated Tooling Project Engineer to manage and execute tooling development projects, primarily focused on injection molding and other custom manufacturing technologies. In this role, you will be responsible for tooling design reviews, vendor management, project timelines, and ensuring quality and manufacturability standards are met. You will collaborate cross-functionally with internal teams and external partners to bring products from concept to production. Functional responsibilities Key Responsibilities Manage end-to-end tooling projects for injection molding and other manufacturing technologies. (Die Casting, Metal and Plastic Extrusion, Urethane Casting, Metal Stamping) Review and validate tool designs for manufacturability and cost-efficiency. Liaise with suppliers and tooling vendors to communicate project specifications, timelines, and deliverables. Conduct Design for Manufacturability (DFM) reviews and provide feedback to customers and internal teams. Oversee tool fabrication, sampling, validation, and production ramp-up. Work closely with Quality, Procurement, and Manufacturing teams to resolve technical issues and ensure compliance with engineering standards. Track project progress, identify risks, and implement mitigation plans to stay on schedule and within budget. Support continuous improvement initiatives related to tooling and process optimization. Qualifications Requirements for applicants Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering, or related field. 3+ years of experience in tooling engineering, project engineering, or a related role—ideally in injection molding or high-volume production environments. Strong understanding of tooling design, materials, manufacturing processes, and GD&T. Experience managing multiple concurrent projects and working with domestic and international suppliers. Proficiency in CAD software (e.g., SolidWorks, AutoCAD) and familiarity with simulation tools a plus. Excellent project management, organizational, and communication skills. Fluent English Speaking written and verbal communication is required. Preferred Qualifications Experience with digital manufacturing platforms or cloud-based PLM/ERP tools. Knowledge of lean manufacturing principles and Six Sigma methodologies. Familiarity with other processes like die casting, stamping, or additive manufacturing Personal qualities Self-starter with the ability to work in a fast-paced, dynamic environment. Language Skills Fluent English Speaking written and verbal communication is required Country of location Remote in LATAM Holiday calendar USA holidays Xometry is an equal opportunity employer. All applicants will be considered for employment without attention to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran or disability status.

Create 3D models, part drawings, and assembly designs using Solid Edge CAD software. Develop design concepts and detailed engineering drawings based on customer or internal specifications. Collaborate with mechanical, electrical, and production teams for design feasibility and accuracy. Modify existing designs to improve performance, reduce cost, or meet updated requirements. Prepare and maintain BOM (Bill of Materials) and other technical documentation. Ensure all designs comply with industry standards and safety regulations. Participate in design reviews and incorporate feedback from stakeholders. Coordinate with vendors/suppliers for design-related discussions or custom parts. Support manufacturing during prototype development, testing, and final production. Update and maintain proper version control and drawing revisions. Required Qualifications & Skills Diploma or Bachelor's Degree in Mechanical Engineering or related field. 1–5 years of experience in mechanical design using Solid Edge. Strong understanding of GD&T, tolerances, machining processes, and fabrication techniques. Familiarity with design for manufacturing (DFM) and design for assembly (DFA). Ability to read and interpret technical drawings and specifications. Good communication and teamwork skills. Skills: communication,fabrication techniques,assembly,design for manufacturing (dfm),solid edge cad software,machining processes,mechanical design,design for assembly (dfa),teamwork,gd&t,manufacturing,sheetmetal,solid edge,technical drawing interpretation,tolerances,3d modeling

Kindly note, if you do not have a production-grade prototype that is working, to demonstrate, kindly do not apply. Location: Mumbai, India Department: R&D / Product Engineering Job Type: Full-time Salary: Up to ₹18 LPA - 24 LPA Experience: Minimum 6 years in Electronics Product Development- Healthcare About Us We are an ambitious healthtech company having a footprint all over India and serving more than 700 hospitals, we are developing next-generation medical devices that merge intelligent electronics with human-centered healthcare. Our goal is to revolutionize diagnostics, monitoring, and therapeutic delivery through innovation rooted in clinical insight and robust engineering. We are seeking a Senior Electronics R&D Engineer based in Mumbai to lead the development of advanced electronics systems for our upcoming healthcare products. Key Responsibilities Electronics Design & System Architecture Design analog and digital circuits for biomedical applications, including signal acquisition (ECG, EMG, PPG, etc.). Architect and simulate low-noise analog front ends and high-resolution data acquisition systems. Develop battery-powered, low-power embedded hardware with efficient power management. Prototyping, Validation & Testing Create rapid prototypes using platforms like STM32, Arduino, and Raspberry Pi. Debug hardware systems using test equipment (oscilloscopes, multimeters, analyzers). Conduct rigorous performance testing and reliability analysis. Cross-functional Collaboration Collaborate with firmware engineers, product designers, and clinical advisors. Integrate sensors, wireless modules (BLE, Wi-Fi), and microcontrollers into product platforms. Coordinate with mechanical engineers and manufacturing partners on DFM and enclosure integration. Documentation & Regulatory Ensure designs comply with relevant medical and electronic safety standards (e.g., IEC 60601). Maintain detailed documentation for schematics, layout files, BOMs, test reports, and risk analysis. Qualifications Requirements Education & Experience B.E./B.Tech or M.E./M.Tech in Electronics/Electrical Engineering or a related field. 5+ years of experience in R&D of electronic systems, preferably in healthcare or consumer electronics. Experience working in or with regulated environments (medical, aerospace, automotive) is a strong plus. Technical Skills Proficiency in PCB design tools (Altium, KiCAD, Eagle, etc.). Expertise in analog and mixed-signal electronics. Hands-on experience with embedded interfaces: I2C, SPI, UART, USB, CAN. Familiarity with wireless communication modules and integration. Hands-on Programming Expertise Most Important: Should be a builder and hustler, need to demonstrate a fully working production grade prototype for interview. Kindly note, if you do not have anything to show production grade, kindly do not apply What We Offer A purpose-driven environment with the opportunity to build life-changing technology. A collaborative and technically vibrant team in the heart of Mumbai. Competitive salary, performance incentives, and growth opportunities. Work on real-world healthcare challenges from prototype to clinical deployment.

Fictiv Exists to Enable Hardware Innovators to Build Better Products, Faster Fictiv, coined the “AWS of manufacturing,” is a leading technology company transforming the $350 billion manufacturing industry. Our cutting-edge cloud platform uses AI and machine learning algorithms to help companies build hardware at the speed of software. Come join our growing team! What’s in it for you? Opportunity To Unlock Your Creativity Think of all the times you were held back from trying new ideas because you were boxed in by bureaucratic legacy processes or old school tactics. Having a growth mindset is deeply ingrained into our company culture since day 1 so Fictiv is an environment where you have the creative liberty and support of the team to try big bold ideas to achieve our sales and customer goals. Opportunity To Grow Your Career Fictiv, you'll be surrounded by supportive teammates who will push you to be your best through their curiosity and passion. Impact In This Role Your role as a Manufacturing Engineer will be to support and drive improvement to our critical manufacturing functions. We have two sets of customers—our builders, who order parts through us, and our manufacturing partners, who manufacture and assemble these parts—and you’ll be consistently working at the interface between the two. At Fictiv, we believe in creating the world’s premier platform for hardware manufacturing, and you’ll be playing a critical role in making that happen. In your role as the Manufacturing Engineer, you will be reviewing and analyzing the manufacturability and costs associated with CNC machining submitted by our builders. In this role, you’ll also be using your Mechanical Engineering background and knowledge of manufacturing processes in order to determine what design changes may need to be made to our builders’ design specifications in order to meet their needs. By developing highly competitive proposals and quotations that meet the requirements called out by our customers, you will be assisting in bringing products to market faster in a wide range of industries (and helping to accelerate Fictiv’s growth) You will report to the Costing and DFM lead. What You’ll Be Doing Package review - Study the package provided by Sales to determine scope of work, manufacturing feasibility & Lead time details Should be able to define best suited manufacturing process, machine selection, cycle time calculations & setup costs Should be able to generate Should cost using in house calculators & Fictiv's software recommendations Manufacturing Partners quote scrutiny. To check whether the provided quote is correct in terms of optimized raw material, machining & secondary processes costs Should be able to negotiate with Manufacturing partners on quotes provided and get the best costs out to ensure a win win situation Should be able to understand secondary process eg Anodising, Zinc plating, Chemical conversion coatings with respect to their type, class, service class, methods etc Preparing RFQ package to Manufacturing Partners referring to capability & capacity plans Calculator Generations - Use own machining expertise & understanding of process cost drivers to develop cost calculators DFx Feedback - Should be able to study the 3D Model, 2D prints to determine the manufacturability of the part & highlight key points that involve a design change recommendation Automation Feedback - Provide feedback to Quoting SOftware team to improve accuracy of automated quoting of our manufacturing services Packaging costs - Should be able to develop packaging concept & provide the same to Logistics team for generating Shipping costs Follow up with Sales for Quoted RFQ's feedback on weekly basis & also provide feedback to Manufacturing partners about quoted RFQ's status Work with CFT in evaluating value deals for project management validation, project de risking, quality documentation Should be able to handle Assembly product structure Help clear technical queries during MP Quoting Maintaining reports for Opportunities quoted won/lost, conversion ratio etc Participate in Manufacturing Partners QBR with CFT to address cost issues, conversion ratios etc Desired Traits 6-8 years of relevant work experience Meticulous, detail oriented, inclination for documentation Excellent verbal and written communication skills in English required Self-starter, manages time efficiently, able to complete work in a timely manner without active supervision Enjoys sharing knowledge and teaching others about manufacturing processes 4-year Mechanical Engineering degree 3D model & 2D print review with good proofreading capabilities 5, 4, 3 Axis Milling, Turn Milling, Grinding, Gear hobbing, Spark & wire EDM, Gun Drilling processes Strong GD & T background CNC machines specifications/technical data CNC programming for milling & turning Turning & Rotating tools selection , grades of inserts for turning & Milling, Insert specification Work holding devices for CNC Turning & Milling centers Recommended cutting conditions for work materials classified by ISO Materials (Chemical compositions, Mechanical & Thermal properties) : Stainless steel, carbon steel, alloy steel, aluminum alloys, Tool steel Titanium plastics and their associated ASTM, ISO, IS, DIN & MIL standards. Heat treatment : Normalizing, Tempering, Annealing, Case hardening, & Quenching Secondary processes : Anodising, chemical conversion coatings, Zinc plating, Nickel plating, tin plating, Bead blasting & their associated standards eg MIL , ASTM , ISO Secondary processes : Painting & Powder coating Inspection instruments & methods to help improve DFM feedback PPAP documentation ISO 9001 : 2015 Documentation AS9100D documentation Proficient written & oral communication skills Excel & Google sheet expertise Undergone training on cutting tools through Sandvik, Kennametal etc Production costing background Packaging estimation : concept to development Interested in learning more? We look forward to hearing from you soon. About Fictiv Our Digital Manufacturing Ecosystem is transforming how the next rockets, self-driving cars, and life-saving robots are designed, developed and delivered to customers around the world. This transformation is made possible through our technology-backed platform, our global network of manufacturing partners, and our people with deep expertise in hardware and software development. We’re actively seeking potential teammates who can bring diverse perspectives and experience to our culture and company. We believe inclusion is the best way to create a strong, empathetic team. Our belief is that the best team is born from an environment that emphasizes respect, honesty, collaboration, and growth. We encourage applications from members of underrepresented groups, including but not limited to women, members of the LGBTQ community, people of color, people with disabilities, and veterans.

Create and modify detailed 2D drawings (AutoCAD) and 3D models (SolidWorks) for components, assemblies, and systems. Develop manufacturing drawings including dimensions, tolerances, and materials. Collaborate with engineering and production teams to develop design solutions for new and existing products. Prepare BOMs (Bill of Materials) and documentation required for production. Perform design revisions, updates, and drawing controls as needed. Participate in design reviews, DFM (Design for Manufacturability) assessments, and prototyping. Assist in creating technical documentation, work instructions, and assembly guides. Ensure compliance with relevant industry standards, ISO, and company quality procedures. Troubleshoot and resolve design-related issues during fabrication or assembly.

Job descriptions may display in multiple languages based on your language selection. What We Offer At Magna, you can expect an engaging and dynamic environment where you can help to develop industry-leading automotive technologies. We invest in our employees, providing them with the support and resources they need to succeed. As a member of our global team, you can expect exciting, varied responsibilities as well as a wide range of development prospects. Because we believe that your career path should be as unique as you are. Group Summary As an engineering and manufacturing partner, Magna’s Complete Vehicle group helps traditional OEMs and new entrants to bring their automotive visions to life. At Magna, you will work in an innovative, international and dynamic team, always pursuing the goal of delivering high-quality products. We work in a diverse environment with global development opportunities. Together with our employees we constantly strive to create a better world of mobility. Job Responsibilities Department Drive System Designation Design Engineer Reporting to Assistant Manager / Manager / Senior Manager / Head of Dept– ED Responsibilities/ Task Key Responsibilities with brief description according to priority Prepare 3D/2D Assembly, installation drawings and Sub-assemblies of cooling system Design & integration of Sheet metal, tubing parts Top down & Bottom-up Assembly, Skeleton Modelling, Drafting, Sheet metal creating BOM Structure in CAD. Strong working knowledge of PLM/Teamcenter/SAP GD&T and part tolerancing as per ASME DFMEA, DFM, DFA, DFS Understand vehicle/sub system functional objectives, inter dependencies, and study the packaging, serviceability and cost implications Understanding RFQ,SOR,TRSO Support in creating Source package and VBOM Ensure daily delivery targets for given CAD tasks Execute engineering tasks viz. tolerance stack up, benchmarking studies, tear down analysis etc. Follow defined Methodology for creation of CATIA / NX models and drawings Follow defined Magna Steyr processes, customer standards and maintain quality and delivery targets in day to day customer deliveries Understand customer requirement, clarify inputs and perform the task accordingly Customer data management Understand project requirements and solve problems in discussion with local as well as global stakeholders Collaborate with CAE and Design teams to define problem statements Coordinate with stakeholders to develop Flow and Thermal analysis requirements for a range of Magna products Interpret, summarize and communicate analysis results to global stakeholders and provide technical and/or design recommendations Develop test plan wherever required to verify simulation model and validate analysis approach in correlation with test findings Perform 1D Simulation to predict vehicle performance, cooling performance, Transmission performance, Battery performance Key Performance Indicators Positive customer feedback Timely deliveries Billable hours Self utilization Acquire the new competencies and document the same Role Requirement (Expectations) Level (mention desired level for each skill set) Educational Qualification Batchelor’s degree in Mechanical / Aerospace/ Thermal Science from reputed institute with exposure to Automotive, Fluid Dynamics and Thermal Engineering as specialization No. Of Years Of Work Experience 3 to 5 years Critical Skill Sets (Technical) Knowledge & understanding of the function and working principle of Vehicle design including EVs Good knowledge about selection and integration of cooling system as per standard supplier FSS series. Good knowledge of specifications for powertrain based on vehicle applications, benchmark, testing and competitor specifications. Basic understanding of manufacturing processes. CAD Skills Strong 2D and 3D CAD skills in Catia/NX (Parametric Modelling) 1D Skills Good hands on experience on 1D system level simulation in AMESIM/GT knowledge on Automotive cooling system modelling and actuation system modelling Critical Skill Sets (Behavioral) Communication skills Problem Solving Accountability Team Coordination Creative Thinking Proficiency in languages English Hindi Awareness, Unity, Empowerment At Magna, we believe that a diverse workforce is critical to our success. That’s why we are proud to be an equal opportunity employer. We hire on the basis of experience and qualifications, and in consideration of job requirements, regardless of, in particular, color, ancestry, religion, gender, origin, sexual orientation, age, citizenship, marital status, disability or gender identity. Magna takes the privacy of your personal information seriously. We discourage you from sending applications via email or traditional mail to comply with GDPR requirements and your local Data Privacy Law. Worker Type Regular / Permanent Group Magna Steyr

Roles and Responsibilities Design and develop customized High Density Racking solutions (pallet racking, drive-in racks, ASRS-compatible designs, etc.). Create detailed 2D & 3D CAD drawings using AutoCAD, SolidWorks, or similar tools. Collaborate with production, sales, and installation teams to ensure design feasibility. Optimize racking designs for strength, space utilization, and cost-effectiveness. Ensure adherence to structural safety and load-bearing standards. Work on design documentation, BOQs, and fabrication drawings. Support marketing and digital teams with technical illustrations, product visuals, and concept designs.